More on the Consensus Building Event

As promised, here is additional information about the virtual event called “Consensus Building Workshops on addiction-like symptoms related to consumption of certain foods,” which will take place in August and which still seeks more voices.

Dr. Pretlow will, of course, be participating, which is only to be expected since the group exploration is rooted in the publication titled “Reconceptualization of eating addiction and obesity as displacement behavior and a possible treatment,” which was authored by Robert Pretlow and Suzette Glasner.

The Facilitation Team is a small group associated with the United Kingdom’s Public Health Collaboration, consisting of Dr. Jen Unwin, Heidi Giaever, Molly Painschab, and Clarissa Kennedy. Its members are interested in convincing the World Health Organization to officially classify food addiction as a disease.

They are reaching out to other experts in eating disorders, addiction, psychology, psychiatry, obesity, metabolic disorders, behavior, nutrition, neuroscience, and more, to help formulate both answers and questions. The overarching objective is to reach a consensus regarding the addiction-like symptoms related to certain foods. According to this statement, the event’s intention is as follows:

Our commitment is to facilitate the discussions and collate and share the outcomes of what we hope will be a set of consensus statements, and “agreements to disagree” where appropriate, for as many groups as we can manage to facilitate.

Our intention, if possible, is to find 30 international expert academics, clinicians and researchers, who are prepared to work with us to this end. If you have contacts or colleagues who you believe may not yet have been invited and who should be part of this, please advise us accordingly.

What happens if addiction-like symptoms are ignored?

Since everybody has to eat, what do we do about the impossibility of moderation therapy, especially if food is by definition psychoactive in nature?

If food addiction is a “thing,” what general category would it fit into?

In terms of professional, academic, and public reaction, how controversial would it be to deem FA as an official disease?

If food addiction exists, how is it different from other eating disorders?

And how is it like other substance abuse disorders, and like other survival-related behavior behavior disorders like “sex addiction”?

Is food addiction even the appropriate name, or would eating addiction be more useful and accurate?

Would it be even more honest to call the whole thing stress relief addiction?

Your responses and feedback are welcome!

Source: “Reconceptualization of eating addiction and obesity as displacement behavior and a possible treatment,” Springer.com, 06/22/22
Image by U.S. Dept. of Education/CC BY 2.0

Dr. Pretlow to Participate in Significant Upcoming Event

An interesting virtual get-together and meeting of minds will take place in August, and Dr. Pretlow will be a participant (more on that later). This is not surprising, because the basic ideas are derived from the document “Reconceptualization of eating addiction and obesity as displacement behavior and a possible treatment,” authored by Robert Pretlow & Suzette Glasner.

There is a great deal of interest in developing ways to diminish the cues that lead to overeating: the pervasive intrusion of advertising; the ubiquitous presence of fast-food outlets; the holidays on which people feel compelled to eat for social approval; and other insidious factors.

But getting rid of cues, triggers and temptations can only go so far. There is a number of reasons, some of them having to do with American freedoms. After a certain point, people begin to push back, muttering such phrases as “nanny state” and “government overreach.” But the aversion is not only to political involvement.

Basic human nature prompts children to start saying “No!” at an astonishingly early age. As kids grow, they can develop unrelenting stubbornness when being told what is good for them by parents, teachers, partners, or even healthcare professionals. The resistance trait often carries into adulthood. It tags along, as part of the familiar and unexamined luggage we drag through the years and sometimes need to be reminded about, so we can take it to the landfill and dump it in a hole.

The interesting part

There are people on whom cues and triggers do not work. They can look a bag of chips or a chicken wing straight in the eye and be unmoved. What is it about such people? What is their secret? Where does this superhuman ability come from?

If we consider the proposition that the true culprit is stress, the outlook becomes more hopeful, because that can be handled to some extent. If a person isn’t stressed out, cues and triggers have less opportunity to sink their teeth in. Apparently, some folks are simply not constitutionally predisposed to crumbling under stress. As with so many other human problems, there could be a genetic element.

It is also possible that these fortunate individuals have successfully and non-violently removed one or more sources of stress from their lives — and if so, this is also worth looking into. Maybe some folks have learned to cope with stress by cultivating proactive, creative and effective ways to burn off nervous energy. They don’t get overwhelmed and eat themselves into oblivion, because they have developed toolkits. A person can learn a skillset, which is what BrainWeighve is all about.

What to look forward to

The August event, “Consensus Building Workshops on addiction-like symptoms related to consumption of certain foods,” is the creation of four colleagues whose ambitious goal is to persuade the World Health Organization “to include symptoms of addiction related to food, as a disease, in the International Classification of Disease, ICD-11.”

It will consist of a number of online workshops on the subject of food addiction as a disease.

(To be continued…)

Your responses and feedback are welcome!

Source: “Reconceptualization of eating addiction and obesity as displacement behavior and a possible treatment,” Springer.com, 06/22/22

Obesity and Telehealth, Continued

The previous post left off by describing a study of weight loss technology, as applied to young adults. The kids who participated were asked what kinds of information they did not have enough of. Among many other things, they expressed a need for help in defining reasonable goals. They were not averse to hearing experts give advice about how to overcome barriers (internal and external) and get results.

They talked about what they would want from a weight-management app: an individualized program tailored to their “height, weight, gender, age, and weight loss goals.” And again, as researcher Janna Stephens noted…

Very few young adults knew that any of these features were available in current smartphone applications and when they heard that it was available, they were excited to use this type of technology.

What kind of personal feedback would kids want from their ideal telehealth program? The “how” was easy — text message or email. A weekly summary of the objective facts would be fine: records of their food consumption, physical activity, and measurable progress. What they did not want was negative feedback of any kind. Apparently, most teens get enough of that at home and school.

Short time, big change

Five years later, the telehealth field exploded. It was forced to, by the worldwide COVID-19 emergency. A large number of pediatric nurses collaborated on a paper to explain how things were going. It mentioned the lack of income that massive societal disruption imposed on many families, and the consequent dearth of health insurance for them. Long-distance doctoring became essential, and many primary care providers adopted telemedicine as an integral part of their practices.

Two years later the American Academy of Pediatrics held its national conference, where telemedicine was gratefully credited for its contributions to the management of pediatric obesity during the pandemic. Journalist Celeste Krewson gave an example:

[C]are at the WELL clinic shifted to telemedicine delivery… The telemedicine program during the COVID-19 pandemic involved 20-minute sessions based on the Wheel of Health, a health management chart including social and emotional wellness, sleep, screen time, physical activity, and nutrition.

Primary care pediatricians refer patients to WELL, where they meet with a specially trained board-certified pediatrician or nurse practitioner. They are then given counseling for obesity and any comorbidities. Patients receive support in scheduling, follow-up, and care coordination.

Overall, the results showed that telemedicine is “clinically and financially feasible for obesity intervention in pediatric patients,” and “could give children access to a high-quality program no matter what background they come from.”

Today

This post would be incomplete without a reminder to check out the very comprehensive, effective, state-of-the-art telehealth program, BrainWeighve.

Your responses and feedback are welcome!

Source: “When Pandemics Collide: The Impact of COVID-19 on Childhood Obesity,” PediatricNursing.org, 11/11/20
Source: “Telemedicine intervention effective against childhood obesity,” ContemporaryPediatrics.com, 10/11/22
Image by Esther Vargas/CC BY-SA 2.0

Obesity and Telehealth

The term telehealth covers a lot of ground. It has to do with using electronic technologies to disperse needed information and support vital communication, especially between medical personnel and patients, and includes the ability to ask for and receive advice. People can absorb helpful information and then ask the professionals about the need for and availability of intervention. The technology is particularly brilliant at monitoring everything from a patient’s vital signs to their food intake.

A lot of people cannot walk, and many more do not drive, which is also acutely limiting. A lot of people should not go out because of compromised immunity, or they live too far from the nearest medical center to make a journey practical or possible. Thanks to technology, a medic can not only ask for a description of the symptoms but look at the rash or the swollen throat from afar. All of that is in the specific area of telemedicine, a term that leans toward more direct care.

Expansive telehealth

The larger category of telehealth can include distance learning for professionals, data management, presentations, staff meetings, supervisory sessions, and other functions the patient is not directly connected to.

In the summer of 2012, Janna Stephens, who went on to become a very large presence in the field, wrote this about a certain age group:

[T]he intervention needs to be something that will stimulate them and something they want to do. Adolescents spend hours on their smartphones and use applications to do just about everything. So why not weight loss?

In 2014, Stephens and two co-authors published “Technology-Assisted Weight Management Interventions: Systematic Review of Clinical Trials.” After examining nearly 40 appropriate studies, they concluded that overweight and obese adults could certainly benefit from behavioral interventions assisted by technology. But sadly, out of even such a small number of studies, only a few used mobile devices and…

[…] none was able to identify which features were most responsible for changes in outcomes, and few reported long-term outcomes.

In the following year, Stephens published “Smartphone Technology to Decrease BMI in Overweight and Obese Adolescents.” The object was to arouse interest in studying the use of a smartphone app to help high school students lose weight. She described the application’s purpose as “self-monitoring of dietary habits and physical activity… combined with a one time behavioral counseling session.” She also specified that the philosophical basis for the study was Social Cognitive Theory, “which focuses on strategies to increase self-efficacy for healthy behaviors.”

In the same year Janna Stephens RN, BSN, Ph.D., was also one of three co-authors of “Young Adults, Technology, and Weight Loss: A Focus Group Study.” The researchers sought out the opinions of young adults about obesity, weight-loss counseling, and smartphone technology, and discovered (and remember, this was back in 2015):

Although young adults do not know about specific technology that exists, they are open to learning this technology as long as it fits into their lifestyle.

(To be continued…)

Your responses and feedback are welcome!

Source: “Technology Can Trim Childhood Obesity,” Newswise.com, 08/09/12
Source: “Technology-Assisted Weight Management Interventions: Systematic Review of Clinical Trials,” LiebertPub.com, 12/22/14
Source: “Smartphone Technology to Decrease BMI in Overweight and Obese Adolescents,” Grantome.com, 01/01/15
Source: “Young Adults, Technology, and Weight Loss: A Focus Group Study,” Nih.gov, 02/18/15
Image by EpicTopTen.com/CC BY 2.0

A Decade of Tech, Part 14

Sitting around all the time is a sure recipe for obesity. Everybody knows that. But what if it’s the other way around? What if being obese is the cause of too much sitting around? Someone wanted to get to the bottom of this mystery, and used information gleaned from 3,864 mother-offspring pairs to help figure out what is really going on. The project required technology of course, so monitoring devices would play a very important role.

An article published in 2020 explains the background. First of all…

[…] it is important to understand whether early-life obesity drives sedentary behavior in adulthood, as this further highlights the importance of controlling childhood obesity for preventing poor behaviors that are likely to impact health outcomes in later life.

The researchers wondered if a basic tenet of causality has been too easily accepted. It seemed important to establish that weight causes immobility, as much as immobility causes weight. In fact, it looked to them as if “the association more strongly operates in the direction from obesity to sedentary behavior/moderate-vigorous intensity physical activity (MVPA) rather than inactivity causing obesity.”

In other words, obesity leads sometimes to sloth, except for the times when it leads to moderate and even intense activity (and in some cases, TV contracts). At the same time, no one denies that sedentary behavior can and does contribute to obesity. So, there is a lot going on here.

Stage one

The first round of information was lifted from the 1970 British Cohort Study when, at ages 31 and 10, respectively, the height and weight of each mother-offspring pair had been recorded, along with other information. In 2016 the researchers returned to take a second look, when the younger generation of subjects had reached the age of 46 or 47.

Information was collected by a motion-detecting device called activPAL fastened around each participant’s thigh to report on the person’s level of activity. The activPAL device had started being used in 2001, so it was well-established by that time. The accuracy of the information was undoubtedly higher than in the first round, when activity levels had been determined by self-reporting. According to the study results,

Intergenerational data on mother-offspring pairs were utilized in an instrumental variable analysis to examine the longitudinal association between BMI and sedentary behavior.

A causal pathway was found, leading from high BMI in early life to greater device-measured sitting behavior in adulthood. The study authors concluded that “There is strong evidence for a causal pathway linking childhood obesity to greater sedentary behavior.”

The report said that the study “aimed to assess causal associations between obesity in childhood and sitting behavior in middle age,” which has an unintentional ring of satire. It also refers to a number of observational studies “that have suggested adiposity to be a stronger predictor of future sedentary behavior and lower MVPA rather than the reverse (i.e., activity predicting obesity).”

Pinning down this relationship is said to be vital because, if we can keep kids from getting obese, they won’t sit around so much in later life. According to the study authors,

Our findings suggest that obesity in early life may be causally related to adverse sitting and physical activity behaviors in adulthood, potentially further amplifying the risks of obesity and other cardiometabolic conditions. Policies to promote physical activity should focus on preventing childhood obesity and weight gain.

Your responses and feedback are welcome!

Source: “Childhood Obesity and Device-Measured Sedentary Behavior: An Instrumental Variable Analysis of 3,864 Mother–Offspring Pairs,” Wiley.com, 11/01/20
Image by Katy Warner/CC BY-SA 2.0

A Decade of Tech, Part 13

PCORI is short for Patient-Centered Outcomes Research Institute, an independent nonprofit organization authorized by Congress in 2010 to fund research that will provide patients, their caregivers and clinicians with the evidence-based information needed to make better-informed healthcare decisions.

In 2018 it awarded a seven-million dollar research grant to a team for the purpose of “comparing clinic and consumer information technology approaches,” in the service of preventing childhood obesity by promoting healthy behaviors. This was innovative because few clinical trials were even concerned with obesity prevention in the first year of life.

Another difference was that an effort was being made here to be “literacy-sensitive,” to be conscious that some parents, for whatever reason, are not prepared to deal competently with the written word. Would information technology be more efficacious in helping such parents develop the necessary awareness and skills to give their kids the healthiest possible start in life?

Nine hundred families were involved in this effort, through six pediatric clinics all participating in protocols recommended by the CORNET and PCORnet research networks. During each child’s first 18 months of life, there would be nine well-child visits, which would be handled in one of two different ways. For some of the infants, the pediatricians would distribute “low-literacy, age-specific parent education booklets” designed to encourage healthy family behaviors that would prevent obesity.

In the other arm of the study, rather than booklets, parents would receive the same information by way of “a technology-assisted parent education program that includes a web/mobile platform for education and behavior change and a text messaging strategy designed for lower socioeconomic status populations.”

The team was led by Russell Rothman, M.D., MPP, of Vanderbilt University Medical Center who said,

This study design will allow us to determine whether added technology can provide support outside the clinic to promote behavior change and obesity prevention.”

The two parts were called Greenlight and Greenlight Plus:

Families randomized to Greenlight Plus receive the Greenlight intervention plus a health information technology intervention, which includes: 1) personalized, automated text-messages that facilitate caregiver self-monitoring of tailored and age-appropriate child heath behavior goals; and 2) a web-based, personalized dashboard that tracks child weight status, progress on goals, and electronic Greenlight content access.

Your responses and feedback are welcome!

Source: “Study uses IT to prevent early childhood obesity,” Vanderbilt.edu, 12/20/18
Source: “The greenlight plus trial…,” JohnHopkins.edu, Dec. 2022
Image by Oak Ridge National Laboratory/CC BY 2.0

A Decade of Tech, Part 12

About mobile phones, some scary facts have been discovered and publicized. But, barring a totally unforeseen scientific leap, we are stuck with them and their dangerous electromagnetic fields. Sure, the argument can be made that many other gadgets and gizmos emit EMFs. Obviously, they are all around us, indoors and out. But of all the devices, mobile phones are physically and consistently the nearest to our bodies.

Up close and personal

In “The Alarming Ways EMFs Are Changing Your Brain,” health information writer Deane Alban wrote,

One thing that sets our computers, iPads, mobile phones, and fitness trackers apart is that we use them so much of the time in close proximity to our brains and bodies. More than two-thirds of adults sleep with their mobile phone next to their head and alarmingly, this figure rises to 90 percent in the 18 to 29 year old age bracket.

Alban goes on to enumerate the individual counts of the indictment. “Significant” links have been observed between long-term (10 years) cell phone use and brain tumors, both malignant and benign. Why? Perhaps because “EMFs increase permeability of the brain-blood barrier, making it leaky and allowing things like mercury, aluminum, and viruses to more readily enter the brain.”

A lot of other side effects probably attributable to EMFs have been reported — problems like dizziness, headaches, sleep disorders, dementia, and Alzheimer’s Disease. They interfere with the neurotransmitters that rule several departments of our lives, including sleep, learning ability, mood, motivation, and addictions. In other words, EMFs can mess with a brain in such a way as to cause, or at least to permit, uncontrolled eating.

Physical evidence

Oh, and EMFs can actually perform physical violence on the brain, for instance, rupturing cell membranes. This makes calcium ions leak out, damaging the brain cells’ ability to communicate amongst themselves. This causes such problems as, for instance, delayed physical reactions which bring about auto accidents and other disasters.

Then (spoiler alert) there is the harm to brain glucose metabolism and melatonin production, and the all-important thyroid gland. Please consult Alban’s article about those. We bring up these bad-news concepts because the name of this blog is Childhood Obesity News, and because in America “46 percent of children between ages 8 and 12 use a mobile phone.”

Nobody is going to stop driving just because there are accidents on the road, and very few people, young or old, will give up cell phones just because some invisible rays might scramble our brains. Phones are what some might call a “necessary evil,” and as long as we are bound to coexist with them anyway, we may as well wrest from them the most benefit possible.

All of which is another method of saying: check out BrainWeighve, a very positive way to employ the smartphone as a tool to change one’s life, in multiple ways, for the better.

Your responses and feedback are welcome!

Source: “The Alarming Ways EMFs Are Changing Your Brain,” Reset.me, 2021
Image by Gina Clifford/CC BY-SA 2.0

A Decade of Tech, Part 11

As previously mentioned here, electronic devices that include screens may have very beneficial effects, or devastatingly bad ones. Smartphone abuse can rise to levels that alienate friends and family members. Of course, that is canceled out by the amount of good done by family communication that is instantaneous and all-inclusive.

A few years back, the American Society for Nutrition did some research, looking to understand the relationship between being overweight and spending a lot of time on the phone. According to Korea University analysts using data garnered from an annual web-based survey of 53,000 Korean teens, it turns out that…

Teens spending more than 3 hours per day on a smartphone were significantly more likely to be overweight or obese.

And when it gets up to five hours per diem, look out! These are the customers who keep the sugar-sweetened beverage industry in business, and enable potato chip barons to have second and third yachts.

A toxic relationship

Cause and effect might be tricky to sort out in fine detail, but there are undeniable correlations between breakfast-skipping, junk food consumption, and other behaviors — such as obsessive phone use — and obesity.

But wait, there is more… According to the study’s senior author Hannah Oh, Sc.D., the amount of time spent on the phone is a factor separate from the type of content consumed or interacted with:

Teens who reported using their phones more for information search and retrieval overall had healthier eating behaviors than those using their phones more for chatting/messenger, gaming, video/music and social networks. Respondents who used their smartphone most frequently for gaming, video/music or webtoon/web-novel were more likely to be overweight or obese.

The study authors believe in the capacity of smartphone technology “to improve public health through nutrition-tracking apps or by using digital platforms to make information about healthy eating more accessible.” They emphasize the importance of efforts to use the technology to “maximize the positive effects and minimize the negative effects of smartphone use on adolescent health.”

A positive use of the smartphone

Do we have in mind a positive example of smartphone technology used to prevent and reverse obesity in young people? Indeed, yes. Please visit BrainWeighve, where the page will take you to the User Manual to see what it’s all about.

Dr. Pretlow and the team have been working for years to bring this project to peak perfection. It is part of being human to generate nervous energy which can either benefit a person or cause great harm. The BrainWeighve app shows how to take that energy and change it from a self-targeting weapon to a marvelous tool that can legitimately be called a life-changer.

Your responses and feedback are welcome!

Source: “Smartphone use associated with unhealthy eating and overweight in teens,” MedicalXpress.com, 06/07/21

A Decade of Tech, Part 10

As we have seen, electronic screens as a genre are both wonderful and dangerous. Childhood Obesity News has reported on examples of both kinds.

In “globesity” news, in 2018, an extensive article about the obesity/electronic screen connection was issued from Dubai, stating that in the United Arab Emirates, approximately nine out of every 10 children were spending hours every day interacting with their smartphones, tablets, and other electronic gadgets. A survey of at least 1,000 children in that country and Saudi Arabia revealed that they practiced a “balanced usage of mobile devices for both leisure and learning activities.”

At the same time, it was learned that parents viewed obesity as the most pervasive children’s health issue. Close to 70% of the parents realized that there was an obvious link between obesity and ubiquitous screen usage. Asma Ali Zain wrote,

As per the survey, more than half believe that watching videos, playing video games and using electronic devices have educational benefits… Three in five said that children should be taught to use technologies from a young age, and one in three actively encourage their children to use these devices.

Parents believe children are more likely to spend time taking photos, listening to music or browsing the Internet. (Browsing the Internet and listening to music are more popular in the UAE as compared to KSA).

The surveyed parents tended to push back against the social media concept, and believed that two out of three of their children were not signed up with one of those apps. Of course, the concept of keeping kids (or adults either) away from their screens, anywhere at any time, is more aspirational than pragmatic.

In the view of Omnibus Research head Kerry McLaren, it seemed pretty obvious that most parents could point to a definite link between technology and obesity. While it seems that they didn’t feel much could be done to cut down screen time, they were quite conscious, in theory anyway, of the importance of a healthful diet. One of the factors affecting obesity is the area’s severe heat, which precludes spending a lot of time outdoors and makes vigorous exercise unattractive.

A mother who was interviewed admitted to occasionally turning off the WiFi “to force her kids to take a much needed break,” and no doubt other parents resorted to the same trick at times.

Like many other countries, the UAE was adversely affected by the COVID crisis. In 2018 the childhood obesity rate had been 12%, and by 2020 it was over 17%. However, according to pediatric endocrinologist Dr. Asma Deeb, probably about one-third (around 33%) of children in the Abu Dhabi metropolis are overweight.

Your responses and feedback are welcome!

Source: “Gadgets causing obesity among kids: Survey,” KhaleejTimes.com, 07/19/18
Source: “Tackling childhood obesity, one family at a time,” ssmc.ae/news, 07/25/22
Image by Damian Zech/CC BY 2.0

Everything You Know About Screens Is Wrong

“You laugh at my horse, you buy my horse.”

How’s that for an old saying? The thing you scorn today, at some future time you will want for your own. It’s a cruel irony. In the struggle to reduce childhood obesity, one of the basic tenets has been the necessity to get kids away from electronic screens.”Stop playing those video games and sharing TikTok dance videos and flirt-texting with that girl or boy,” we have insisted. “Get up and move around,” we have urged.

The mantra has been, Screens = Bad. And now, it’s all different. Now we want everybody to have screens, to access their health monitoring and weight-loss apps. What a pointed example of flip-floppy reversal!

The COVID era in its intense phase exposed the “digital divide” as a nationwide crisis. In 2020, SFGATE’s Editor-at-Large Andrew Chamings wrote,

Across the country, approximately 15-16 million K-12 public school students, or 30% of all public K-12 students, live in households either without an internet connection or device adequate for distance learning at home.

This left almost one-third of homebound children at risk of “significant learning loss.” (Incidentally, it was also found that a surprising number of American teachers — estimated at hundreds of thousands — lack adequate tools and connectivity in their homes.) One study found that a hefty proportion of students were limited to doing their “distance learning” via their parents’ smartphones. That situation creates a whole set of problems, because the grownups need their phones to help them make a living and pay the rent, whether they are in the house or at an outside job.

The pandemic and the consequent sudden demand for home-based tutoring demonstrated that, for better or worse, an awful lot of kids just don’t “do” screens. As a previous post mentioned, numerous families are in no way equipped to facilitate their children in distance learning. A lot of American kids don’t have access to a computer, or a table to set it on, or a domestic environment conducive to learning. Not surprisingly, they tend to live in communities that are underserved in many ways.

No matter how smart and motivated kids are, they can’t do the work if they don’t have the gear. Lacking hardware, the most comprehensive and cleverly-designed program is useless to them. Even if by some miracle they obtain a laptop, tablet, or cell phone, they are super-vulnerable to thievery.

Nobody is available to teach them the basic usage of the device. They lack the know-how and the money to get it connected to the wired world. Their parents lack the time and the tech savvy. In a piece called, “In the Covid-19 Economy, You Can Have a Kid or a Job. You Can’t Have Both,” New York Times reporter Deb Perelman wrote, “Remote learning has already widened racial and socioeconomic achievement gaps because of disparities in access…”

Policy cannot be guided by “people with cushioning.” Unless it works for everyone, policy is baloney. Without the technology and machinery to support it, even the most brilliant program or application is baloney too.

Wouldn’t it be great if every school district in the country had a fully-functioning plan for online education? Perelman wrote,

Successful online learning will require much more than taking a traditional lesson plan and doing it in front of the computer. Good online teaching takes expertise and skill… and it means that teachers should be designing their own lessons, rather than districts outsourcing education to for-profit companies.

In the name of both justice and common sense, Shayla R. Griffin, Ph.D., insists that all teachers need state-of-the-art equipment and full support to do their jobs, as much as all families need computers and internet access.

Your responses and feedback are welcome!

Source: “Report: 1 in 4 Calif. kids don’t have adequate internet access to learn from home,” SFGate.com, 06/29/20
Source: “In the Covid-19 Economy, You Can Have a Kid or a Job. You Can’t Have Both.,” NYTimes.com, 07/02/20
Source: “Schools Aren’t Opening. We Have to Pay Parents to Stay Home with Their Kids.,” Medium.com, 07/29/20
Image by Boston Public Library/CC BY 2.0

FAQs and Media Requests: Click here…

Profiles: Kids Struggling with Weight

Profiles: Kids Struggling with Obesity top bottom

The Book

OVERWEIGHT: What Kids Say explores the obesity problem from the often-overlooked perspective of children struggling with being overweight.

About Dr. Robert A. Pretlow

Dr. Robert A. Pretlow is a pediatrician and childhood obesity specialist. He has been researching and spreading awareness on the childhood obesity epidemic in the US for more than a decade.
You can contact Dr. Pretlow at:

Presentations

Dr. Pretlow’s invited presentation at the American Society of Animal Science 2020 Conference
What’s Causing Obesity in Companion Animals and What Can We Do About It

Dr. Pretlow’s invited presentation at the World Obesity Federation 2019 Conference:
Food/Eating Addiction and the Displacement Mechanism

Dr. Pretlow’s Multi-Center Clinical Trial Kick-off Speech 2018:
Obesity: Tackling the Root Cause

Dr. Pretlow’s 2017 Workshop on
Treatment of Obesity Using the Addiction Model

Dr. Pretlow’s invited presentation for
TEC and UNC 2016

Dr. Pretlow’s invited presentation at the 2015 Obesity Summit in London, UK.

Dr. Pretlow’s invited keynote at the 2014 European Childhood Obesity Group Congress in Salzburg, Austria.

Dr. Pretlow’s presentation at the 2013 European Congress on Obesity in Liverpool, UK.

Dr. Pretlow’s presentation at the 2011 International Conference on Childhood Obesity in Lisbon, Portugal.

Dr. Pretlow’s presentation at the 2010 Uniting Against Childhood Obesity Conference in Houston, TX.

Food & Health Resources